PPT-Intro. Relativistic Heavy Ion Collisions

Cross Sections and Collision Geometry The cross section Experimental Meaning Scattering Experiment Monoenergetic particle beam Beam impinges on a target Particles are scattered by target. interesting ?. Interaction of heavy quarks with the plasma. . - . our model (elastic and inelastic collisions, LPM). . - comparison with data. . - how far we are with our understanding. . Kapshai. V.N., . Grishechkin. . Yu.A. .. F. . Scorina. Gomel State University. Plan of the. . talk. resonance states. . in. . nonrelativistic . QM. equations of . quasipotential. type. integral equations in the RCR and scattering amplitudes. in kinetic plasma physics. Gérard. BELMONT. Laboratoire. de Physique des Plasmas. Ecole. . Polytechnique. , France. Outline. LUTH, Février 2016, Belmont. 2. /39. Collisions in a plasma. Collisions in a neutral gas: where our common intuition comes from. He came from traditional nuclear physics, and is one of the few I know who made the transition to high energy heavy ion physics with a modern perspective.. People fall into three categories:. Those who make things happen.. Will Witt. Introduction . –. Heavy Ion Physics. Heavy ion physics seeks to understand the behavior of strongly interacting matter (quarks and gluons) at extreme temperatures and densities.. Hadronic Matter. Ziam Ghaznavi. CHE 384T Lithography. November 30. th. , 2017. 1. Outline/Agenda. Motivation. Ion – Solid Interactions. Overview of IBL Systems . Future Outlook. 2. Motivation. SEMATECH and the ITRS. Shu Lin. Stony Brook University. 12/01/2009 Budapest. Outline. Basics of Relativistic Ideal Hydrodynamics and its applicability to Heavy Ion Collisions. Yuri . Kovchegov. The Ohio State University. based on work in collaboration with G. . Chirilli. . and D. . Wertepny. , . arXiv:1501.03106. [. hep-ph. ] . Outline. Introduction: classical gluon production problem in AA collisions and why it is important.. Collisions. @ LHC ++. 1. One. central ALICE event for . Pb+Pb @ 2.76 . TeV.A. => E(. kin_total. )= 574 GeV . 0-5% central: . 25000 . particles. Relativistic. AA . and. . eA. . Collisions. 2. “versus” AdS/CFT. Perils, Pitfalls, Progress, Prospects. W.A. . Zajc. Physics Department. Columbia University, New York, NY. . ( . this talk available . at . http://. www.phenix.bnl.gov/phenix/WWW/publish/zajc/sp/presentations/Durham. with heavy-ions. Hou. . Keong. (Tim) Lou,. Simon . Knapen. , . Tongyan. Lin and Tom Melia. PhysRevLett.118.171801. a. Pb. Light Dark Matter 2017. *Disclaimer: Not Dark Matter! Sorry!. “Light”? “Dark”? . . Ralf Rapp. . Cyclotron Institute + . Dept of Phys & Astro. Texas A&M University. College Station, TX, USA. rapp@comp.tamu.edu. Physics Opportunities with . Quarkonia. at the EIC. Ball Lightning with Plasma Simulations. Amanda Elliott. Faculty Advisor: Dr. Vladislav Bukshtynov, . Dept. of Mathematical Sciences, Florida Institute of Technology. . Introduction. Ball lightning (BL) is an unexplained phenomenon reported by thousands of eyewitnesses as a fireball, a few cm to 1 m in diameter, moving unpredictably and independently of the wind, sometimes observed during lightning storms. Here a potential theory for the creation of BL is explored [1]. . Michelle Li. 20. th. Feb., 2017, Xiamen. Background. Heavy tumor burden of disease. ：. survival population within 5 years is 7.49 million. ，. treatment expenses is over 17.6 billion per year.. Large radiation therapy (RT) demand.